ICE Lever Theoretical Drawing

Contents

technical assignment............... 1. Structural, kinematic and kinetostatic analysis of the flat lever mechanism

1.1. Structural analysis of the mechanism

1.2. Outline of provisions

1.3. Speed Plan

1.4. Acceleration Plan

1.5. Kinematic diagrams

1.6. Analytical method of kinematic analysis

1.6.1. Source Data

1.6.2. Calculation algorithm

1.6.3. Printout of machine data

1.6.4 Analysis of results

1.7. Power calculation of Assur group 2-

1.7.1. Source Data

1.7.2. Analytical equation for link

1.7.3. Assur Group Vector Equation 2-

1.8. Power calculation of Assur group 4-

1.8.1. Analytical equation for link

1.8.2. Assur group vector equation 4-

1.9. Power calculation of the initial mechanism

1.9.1. Determining the balancing moment

1.9.2. To Define a Crank Axis Reaction

1.10. Power and Efficiency

1.11. Analytical method of force calculation

1.11.1. Calculation algorithm

1.11.2. Printout of machine data

1.11.3. Analysis of results

2. Flywheel Calculation

2.1. Construction of pressure diagrams, given moments of forces, work diagrams

2.2. Construction of diagrams of kinetic energies increment and given moments of inertia

2.3. Determination of flywheel moment of inertia by N.I. Mertsalov method

2.4. Define the basic geometric parameters of the flywheel

3. Gear Synthesis

3.1. Selection of displacement factors and geometric calculation of involute gear

3.2. To Create a Gear Pattern

3.3. Plotting Relative Slip and Specific Pressure

3.4. Control parameters

3.5. Blocking Loop

3.6. Selection and check of number of teeth of planetary mechanism

4. Design of cam mechanism

4.1. Integration of pusher law

4.2. Graphical method of determining the main dimensions of the cam mechanism with a follower-rocker

4.3. Cam Profiling

List of literature